Solution Manual for Fundamentals of Electromagnetics for Electrical and Computer Engineering by Rao

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Product details:

• ISBN-10 ‏ : ‎ 0136013333
• ISBN-13 ‏ : ‎ 978-0136013334
• Author: Nannapaneni Narayana Rao

“Fundamentals of Electromagnetics for Electrical and Computer Engineering, First Edition “is appropriate for all beginning courses in electromagnetics, in both electrical engineering and computer engineering programs. This is ideal for anyone interested in learning more about electromagnetics. Dr. N. Narayana Rao has designed this compact, one-semester textbook in electromagnetics to fully reflect the evolution of technologies in both electrical and computer engineering. This book’s unique approach begins with Maxwell’s equations for time-varying fields (first in integral and then in differential form), and also introduces waves at the outset. Building on these core concepts, Dr. Rao treats each category of fields as solutions to Maxwell’s equations, highlighting the frequency behavior of physical structures. Next, he systematically introduces the topics of transmission lines, waveguides, and antennas. To keep the subject’s geometry as simple as possible, while ensuring that students master the physical concepts and mathematical tools they will need, Rao makes extensive use of the Cartesian coordinate system. Topics covered in this book include: uniform plane wave propagation; material media and their interaction with uniform plane wave fields; essentials of transmission-line analysis (both frequency- and time-domain); metallic waveguides; and Hertzian dipole field solutions. Material on cylindrical and spherical coordinate systems is presented in appendices, where it can be studied whenever relevant or convenient. Worked examples are presented throughout to illuminate (and in some cases extend) key concepts; each chapter also contains a summary and review questions. “(Note: this book provides a one-semester alternative to Dr. Rao’s classic textbook for two-semester courses, “Elements of Engineering Electromagnetics,” now in its Sixth Edition.)”

Table of contents:

CHAPTER 1 Vectors and Fields	0
1.1	Vector Algebra	1
1.2	Cartesian Coordinate System	9
1.3	Scalar and Vector Fields	13
1.4	Sinusoidally Time-Varying Fields	16
1.5	The Electric Field	21
1.6	The Magnetic Field	27
Summary	31
Review Questions	33
Problems	35
CHAPTER 2 Maxewll's Equations in Integral From	38
2.1	The Line Integral	38
2.2	The Surface Integral	43
2.3	Faraday's Law	49
2.4	Ampere's Circuital Law	54
2.5	Gauss' Law for the Electric Field	59
2.6	Gauss' Law for the Magnetic Field	63
Summary	64
Review Questions	66
Problems	68
CHAPTER 3 Maxwell's Equations in Differential Form	71
3.1	Faraday's Law	71
3.2	Ampere's Circuital Law	78
3.3	Curl and Stokes' Theorem	82
3.4	Gauss' Law for the Electric Field	88
3.5	Gauss' Law for the Magnetic Field	92
3.6	Divergence and the Divergence Theorem	93
Summary	98
Review Questions	102
Problems	103
CHAPTER 4 Wave Propagation in Free Space	106
4.1	The Infinite Plane Current Sheet	106
4.2	Magnetic Field Adjacent to the Current Sheet	108
4.3	Successive Solution of Maxwell's Equations	111
4.4	Solution by Wave Equation	115
4.5	Uniform Plane Waves	118
4.6	Poynting Vector and Energy Storage	129
Summary	133
Review Questions	135
Problems	137
CHAPTER 5 Wave Propagation in Material Media	141
5.1	Conductors and Dielectrics	141
5.2	Magnetic Materials	149
5.3	Wave Equation and Solution	154
5.4	Uniform Plane Waves in Dielectrics and Conductors	161
5.5	Boundary Conditions	166
5.6	Reflection and Transmission of Uniform Plane Waves	173
Summary	177
Review Questions	180
Problems	181
CHAPTER 6 Statics, Quasistatics, and Transmission Lines	186
6.1	Gradient and Electric Potential	186
6.2	Poisson's and Laplace's Equations	192
6.3	Static Fields and Circuit Elements	197
6.4	Low-Frequency Behavior via Quasistatics	205
6.5	The Distributed Circuit Concept and the Parallel-Plate Transmission Line	211
6.6	Transmission Lines with an Arbitrary Cross Section	217
Summary	223
Review Questions	226
Problems	228
CHAPTER 7 Transmission-Line Analysis	232
A	Frequency-Domain	232
7.1	Short-Cireuited Line and Frequency Behavior	234
7.2	Transmission-Line Discontinuity	241
7.3	The Smith Chart	246
B	Time-Domain	254
7.4	Line Terminated by Resistive Load	256
7.5	Lines with Initial Conditions	266
7.6	1nterconnections between Logic Gates	272
Summary	278
Review Questions	282
Problems	283
CHAPTER 8 Waveguide Principles	290
8.1	Uniform Plane Wave Propagation in an Arbitrary Direction	290
8.2	Transverse Electric Waves in a Parallel-Plate Waveguide	298
8.3	Dispersion and Group Velocity	304
8.4	Rectangular Waveguide and Cavity Resonator	310
8.5	Reflection and Refraction of Plane Waves	316
8.6	Dielectric Slab Guide	325
Summary	331
Review Questions	334
Problems	335
CHAPTER 9 Antenna Basics	339
9.1	Hertzian Dipole	339
9.2	Radiation Resistance and Directivity	347
9.3	Half-Wave Dipole	353
9.4	Antenna Arrays	357
9.5	Image Antennas	361
9.6	Receiving Properties	363
Summary	368
Review Questions	370
Problems	371
CHAPTER 10 Supplem Ntary Topics	375
10.1	Wave Propagation in Ionized Medium	375
10.2	Wave Propagation in Ansotropic Medium	380
10.3	Electromagnetic Compatibility and Shielding	387
10.4	Crosstalk on Transmission Lines	395
10.5	Parallel-Plate Waveguide Discontinuity	403
10.6	Magnetic Vector Potential and the Loop Antenna	406
Appendices	0
Cylindrical and Spherical Coordinate Systems	0
Curl, Divergence, and Gradient in Cylindrical and Spherical Coordinate Systems	0
Units and Dimensions	0
Suggested Collateral and Further Reading	0
Answers to Odd-Numbered Problems	0
Index	0

Library of Congress Subject Headings for this publication:

Electromagnetic theory.
Electric engineering.
Computer engineering.

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